Difference between revisions of "TestPage"
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and the [http://www.nikhef.nl nikhef homepage] | and the [http://www.nikhef.nl nikhef homepage] | ||
| − | <math>a + | + | Een beejte grieks en wiskunde in LaTeX mode: |
| + | |||
| + | A further analysis focuses on an exclusive <math>b</math>-decay mode, | ||
| + | namely <math>B_d \rightarrow J/\psi K_S^0</math>, which is one of a number of | ||
| + | decays that are interesting for studies of CP violation in the B system. | ||
| + | |||
| + | Bij Alice doen ze dit: <math> \frac{{\rm d}^3N}{{\rm d}p^2_t{\rm d}\phi{\rm d}y} = \frac{{\rm d}^2N}{2\pi{\rm d}p^2_t{\rm d}y} [1 + 2\sum_n{v_n {\rm cos}(n(\phi - \Psi_R))}]</math> | ||
Revision as of 08:30, 12 April 2005
dit is de testpage
and the nikhef homepage
Een beejte grieks en wiskunde in LaTeX mode:
A further analysis focuses on an exclusive -decay mode, namely , which is one of a number of decays that are interesting for studies of CP violation in the B system.
Bij Alice doen ze dit:
![{\displaystyle {\frac {{\rm {d}}^{3}N}{{\rm {d}}p_{t}^{2}{\rm {d}}\phi {\rm {d}}y}}={\frac {{\rm {d}}^{2}N}{2\pi {\rm {d}}p_{t}^{2}{\rm {d}}y}}[1+2\sum _{n}{v_{n}{\rm {cos}}(n(\phi -\Psi _{R}))}]}](https://wikimedia.org/api/rest_v1/media/math/render/svg/4a859233410c408d00ea7a00e4761ef844b9909c)